Проекты

Personal medical assistants

Healthcare requires precision, safety, and a personalized approach. We are creating an ecosystem of personal medical devices that combine cutting-edge engineering, artificial intelligence, and ergonomics.

Our goal is to provide both individuals and physicians with convenient tools for remote diagnostics, monitoring, and care.

5-in-1 Platform: A New Technological Foundation

Our engineers built the foundation of this ecosystem on a unique development: a 5-in-1 board that integrates a pyrometer, breathalyzer, blood pressure monitor, LTE modem, and audio path into a single compact unit. This allowed us to create a scalable platform, to reduce the number of devices, and to simplify assembly and maintenance.

The first to receive the new integrated board was the T11 terminal, a multifunctional device for remote medical examinations.

Expanding capabilities

T11 is more than just a terminal; it’s the center of a medical ecosystem. Specialized modules connect to it, transforming the device into a universal diagnostic system: a phonendoscope, endoscope, pulse oximeter, EEG, ECG, CTG, ultrasound, and other medical sensors.

Furthermore, the terminal already has built-in modules: a blood pressure monitor, a thermometer, and a breathalyzer with a unique funnel, also developed by our engineers. The design is equipped with a special adapter that prevents backflow. Exhaled air is diverted to the side, completely eliminating the possibility of germs getting into the employee’s face and preventing cross-contamination during mass screenings.

Thanks to this architecture—a combination of built-in basic modules and the ability to connect additional sensors—T11 covers virtually any remote diagnostic scenario, from express examinations to in-depth patient monitoring. Meanwhile, the device remains compact, and all data is consolidated in a single interface.

Mobile robotic module

The logical next step in this lineup is the mobile robotic module project. This autonomous device is designed for transporting medical equipment, but its potential is far broader. Engineers have developed a unique suspension system that incorporates the best solutions from the aerospace and space industries. It allows the robot to overcome obstacles—thresholds, cables, joints, tiles—with perfect smoothness and shock absorption, while maintaining precise positioning.

A custom power management board with USB Type-C supports fast charging, protects against overload, and extends battery life. The team is currently developing a remote control system for anywhere in the world and computer vision for human recognition and indoor navigation.

Professional robot assistant of the future

The project’s main ambition is to combine the mobility of a robot with the diagnostic capabilities of T11. Imagine a next-generation device mounted on a mobile platform: the robot autonomously visits patients in their hospital ward or at home, identifies them using computer vision, and integrated modules or plug-in accessories perform the examination. Data is transmitted to the attending physician in real time via an LTE modem.

We don’t just assemble devices. We create a new philosophy of care, where technology works silently and precisely for the benefit of people. Our solutions already set standards, and patents protect the uniqueness of our engineering.